How does screen printing technology cooperate with other processes to realize the production of multi-functional electronic components?

Screen printing often cooperates with processes such as coating, etching, and assembly to produce multi-functional electronic components. For example, in the production of touch panels, screen printing first prints conductive silver paste to form electrode patterns, then cooperates with the coating process to apply a protective insulating layer on the electrodes, and finally assembles with the glass substrate and sensor module. In the production of printed batteries, screen printing deposits positive and negative electrode inks and electrolyte layers in sequence, then cooperates with the lamination process to seal the battery, realizing the integration of energy storage function. In addition, screen printing can also cooperate with laser engraving to achieve precise trimming of conductive patterns, further improving the functional stability of electronic components.